Module builder 

Fluent functions for constructing AST nodes program by programmatically.

These functions leverage the From trait implementations defined in ast.rs to allow users to pass primitive types directly as arguments where an Expr is expected.

Functions

add

Creates an Expr::BinaryOp node with the BinaryOperator::Add operator.

and

Creates an Expr::BinaryOp node with the BinaryOperator::And operator.

call

Creates an Expr::Call node.

comprehension

Creates an Expr::Comprehension node (e.g., list.all(i, i > 0)).

conditional

Creates an Expr::Conditional node (ternary operator).

div

Creates an Expr::BinaryOp node with the BinaryOperator::Div operator.

eq

Creates an Expr::BinaryOp node with the BinaryOperator::Eq operator.

field_access

Creates an Expr::FieldAccess node (e.g., base.field).

ge

Creates an Expr::BinaryOp node with the BinaryOperator::Ge operator.

gt

Creates an Expr::BinaryOp node with the BinaryOperator::Gt operator.

has

Creates an Expr::Has macro node.

ident

Creates an Expr::Identifier node.

in

Creates an Expr::BinaryOp node with the BinaryOperator::In operator.

index

Creates an Expr::Index node (e.g., base[index]).

le

Creates an Expr::BinaryOp node with the BinaryOperator::Le operator.

list

Creates an Expr::List node.

lit

Creates an Expr::Literal node from any type implementing Into<Literal>.

lt

Creates an Expr::BinaryOp node with the BinaryOperator::Lt operator.

map

Creates an Expr::MapLiteral node.

map_macro

Creates an Expr::Map macro node.

mul

Creates an Expr::BinaryOp node with the BinaryOperator::Mul operator.

ne

Creates an Expr::BinaryOp node with the BinaryOperator::Ne operator.

neg

Creates an Expr::UnaryOp node with the Neg operator (-).

not

Creates an Expr::UnaryOp node with the Not operator (!).

null

Creates an Expr::Literal(Literal::Null) node.

or

Creates an Expr::BinaryOp node with the BinaryOperator::Or operator.

rem

Creates an Expr::BinaryOp node with the BinaryOperator::Rem operator.

sub

Creates an Expr::BinaryOp node with the BinaryOperator::Sub operator.